CONTENTS // List of figures and tables Acknowledgements // Introduction // PARTI // Theories and models // 1 Theoretical models of motor control and motor learning Adrian M. Haith and John W. Krakauer // 2 What can we learn from animal models? // Eric M. Rouiller // 3 Postural control by disturbance estimation and compensation through long-loop responses // Thomas Mergner // 4 Motor learning explored with myoelectric and neural interfaces Andrew Jackson and Kianoush Nazarpour // 5 Biomechanical and neuromechanical concepts for legged locomotion: Computer models and robot validation // Andre Seyfarth, Sten Grimmer, Daniel Häufle, Horst-Moritz Maus, Frank Peuker and Karl-Theodor Kalveram // Contents // PART II // Basic aspects of motor control and learning 111 // 6 Visual activation of short latency reinforcement mechanisms in // the basal ganglia 113 // Nicolas Vautrelle, Mariana Leriche and Peter Redgrave // 7 The role of augmented feedback in human motor learning 135 // Christian Leukel and Jesper Lundbye-Jensen // 8 Neuroscientific aspects of implicit motor learning in sport 155 // Frank Zhu, Jamie Poolton and Rich Masters // 9 Mirror neurons and imitation 175 // Stefano Rozzi, Giovanni Buccino and Pier F. Ferrari // PART III // Motor control and learning in locomotion and posture 195 // 10 Neural control of walking 197 // Michael J. Grey, Laurent Bouyer and Jens Bo Nielsen // 11 Adaptive plasticity of gait 213 // Laurent Bouyer, Michael J. Grey and Jens Bo Nielsen // 12 Motor
control and motor learning in stretch-shortening // cycle movements 231 // Wolfgang Taube, Christian Leukel and Albert Gollhofer // 13 Postural control and balance training 252 // Wolfgang Taube and Albert Gollhofer // PART IV // Motor control and learning in voluntary actions 281 // 14 Body schema, illusions of movement and body perception 283 // Mark Schram Christensen // 15 Voluntary movement: Limitations and consequences of the // anatomy and physiology of motor pathways 304 // John C. Rothwell and Jens Bo Nielsen // 16 Acute and long-term neural adaptations to training 319 // Jacques Duchateau, Tibor Hortobágyi and Roger M. Enoka // vi // Contents // PARTY // Challenges in motor control and learning 351 // 17 Motor control and motor learning under fatigue conditions 353 // Janet L. Taylor // 18 Movement disorders: Implications for the understanding of motor // control 384 // Michčle Hubli and Volker Dietz // Index 409 // vii